Pablo R. Moyado Camargo

Structural analysis of Low Pressure Turbine (LPT) components for Trent engine program, which powers over half twin-aisle aircraft worldwide.

• Developed and implemented life-counting algorithms to predict turbine disc durability across variable mission profiles.
• Mentored junior engineers regarding best practices in stress analysis techniques, fostering an environment of continuous learning within the team.
• Applied advanced fatigue and damage tolerance methods to support safe-life declarations.
• Built and validated 2D and 3D FE models using in-house tools and ABAQUS for static and dynamic analysis.
• Delivered high-quality stress reports and structural justifications in line with EASA airworthiness certification standards.
• Collaborated with multidisciplinary teams to develop innovative solutions for complex engineering problems.

Structural analysis of Low Pressure Turbine (LPT) components for Producibility program, which powers leading business aviation.

• Performed detailed FEA of bolted joints under operational load conditions to support the Safety of Flight certification.
• Generated complete substantiation reports in line with EASA certification frameworks.
• Assessed LPT Disc design performance to ensure the structural reliability of the component.
• Collaborated with design, manufacturing, and materials teams to enhance structural robustness and support key producibility milestones.